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2008-09-01   |   5 min read

High-Speed I-MON FBG Interrogator released

Press Release - Copenhagen, September 1st, 2008 Ibsen Photonics launches a high-speed I-MON FBG Sensor System Interrogator Ibsen Photonics has released a new high-speed version of its extended wavelength range I-MON Interrogation Monitor for FBG Sensor Systems Ibsen Photonics, a leading supplier of holographic Phase masks, fused silica transmission gratings and optical spectrometer modules based on transmission gratings, today announced it's release of a new, high-speed version of it's extended wavelength I-MON Interrogation Monitor. The Interrogation Monitor builds on Ibsen high-resolution spectrometer technology, utilizing Ibsen fused silica transmission gratings. This design platform enables Ibsen's I-MON to offer kHz measurement frequency

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2007-10-05   |   4 min read

Ibsen Photonics releases a new 1310 nm, high-resolution I-MON

Press Release - Copenhagen, October 5th, 2007 Ibsen Photonics launches a 1310 nm version of it's I-MON E series for FBG Sensor Systems and for High-Resolution Spectrometer Applications. Ibsen Photonics, a leading supplier of holographic Phase masks, fused silica transmission gratings and optical spectrometer modules based on transmission gratings, today announced it's release of a new, 1310 nm version of it's I-MON Interrogation Monitor. The Interrogation Monitor builds on Ibsen high-resolution spectrometer technology, utilizing Ibsen fused silica transmission gratings. This design platform enables Ibsen's I-MON to offer fast measurement frequency and compact size as well as low power consumption. I-MON

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2007-01-18   |   4 min read

Ibsen Photonics launches an extended version of it’s I-MON FBG Sensor System Interrogator

[h5]Press Release Copenhagen, - January 18th, 2007 [/h5] Ibsen Photonics has released a new wavelength extended, high-resolution version of its I-MON Interrogation Monitor for FBG Sensor Systems Ibsen Photonics, a leading supplier of holographic Phase masks, fused silica transmission gratings and optical spectrometer modules based on transmission gratings, today announced it's release of a new, extended wavelength version of it's I-MON Interrogation Monitor. The Interrogation Monitor builds on Ibsen high-resolution spectrometer technology, utilizing Ibsen fused silica transmission gratings. This design platform enables Ibsen's I-MON to offer fast measurement frequency and compact size as well as low power consumption I-MON Product

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2006-02-24   |   4 min read

Ibsen Photonics launches USB version of it’s I-MON FBG Sensor System Interrogator

[h5]Press Release - February 24th, 2006 [/h5] Ibsen Photonics has released a new USB interfaced, high-resolution version of its I-MON Interrogation Monitor for FBG Sensor Systems Ibsen Photonics, a leading supplier of holographic Phase masks, transmission diffraction gratings and optical spectrometer modules based on diffraction gratings, today announced it's release of a new, USB interfaced version of it's I-MON Interrogation Monitor. The Interrogation Monitor builds on Ibsen high-resolution spectrometer technology, utilizing Ibsen fused silica transmission gratings. This design platform enables Ibsen's I-MON to offer fast measurement frequency and compact size as well as low power consumption. I-MON Product Manager Bjarke

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2004-09-02   |   3 min read

New I-MON Interrogation Monitor released

[h5]Press Release - September 2nd, 2004 [/h5] Ibsen Photonics' new I-MON Interrogation Monitor enables fast, real-time spectrum monitoring of FBG sensor systems. Ibsen Photonics, a leading supplier of holographic Phase masks, transmission diffraction gratings and OEM spectrometer modules based on diffraction gratings, has released its new I-MON Interrogation Monitors for FBG Sensor Systems. The Interrogation Monitors build on Ibsen Diffractor based spectrometer technology, utilizing Ibsen fused silica transmission gratings. This design platform enables Ibsen's I-MON to offer kHz measurement frequency and compact size as well as low power consumption. I-MON Product Manager Bjarke Rose comments: "Our Diffractor platform spectrometer modules

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